Home >> Andea RFID >> Fixed RFID Reader >> View Details

Single Channel 13.56MHz Fixed RFID Reader RS232 /RS485/Ethernet/USB/CAN Communication Interface

This single channel fixed RFID reader at 13.56MHz features a desktop design, high sensitivity and provides stable reading and writing performance. It has been deployed in RFID integration projects for intensive reading and long range reading. It is compliant with ISO15693 and ISO18000- 3 protocols and provides a series of optional communication interfaces such as RS232/485 and Ethernet, which is convenient for hardware integration. It also integrates various input/output ports for data transfer.

GETBESTPRICE CONTACTNOW CHATNOW

Previous产品：13.56MHz Six Channels Fixed RFID Reader Support Multiple Antenna Ports 70pcs tags Per Second can be

Next产品：Andea HF RFID Sticker Reader 12 Ports Has Speed Of Reading The Tag Up To 70pcs / Sec Long Range RFID

Description

Basic Information:

Place of Origin:	CHINA
Brand Name:	Andea Electronics
Model Number:	RD5201
Minimum Order Quantity:	1 Piece
Packaging Details:	Standard Export Carton, Foam and Protective Film
Delivery Time:	3~5 work days
Payment Terms:	T/T, Western Union, Paypal
Supply Ability:	500~1000 Sets Per Month

Product Features:

Operating Frequency: 13.56MHz

Compatible Protocols: ISO15693

RF Power: 1-8W (adjustable)

Antenna Interface: SMA*1(50Ω)

Communication Interface: RS232 / RS485 and Ethernet

Anti-collision Algorithm: Support

Reading Speed: Up to 70pcs per second

Working Voltage: 12±1V DC

Max Power Consumption: 35W

I/O: 1 Relay /1 MOS

Host and Scan Mode: Support (set through software)

EMI Detection: Support

Compatible Protocols:	ISO 15693	Antenna Interface:	SMA
Communication Interface:	RS232 / RS485 And Ethernet	EMI Detection:	Support
Dimension:	20016833mm
High Light:	stationary rfid reader, wireless rfid card reader

Product Application:

This high speed reader is used in access control and attendance system, logistics, warehouse management, jewelry retailing as well as drug management and anti-counterfeiting.